Toys TRIZ Cases

Removing internal stops and replacing potentiometers enables extended rotational ranges and proportional control for complex mechanical applications.

A collapsible tripod hoisting device stabilizes a piñata using adjustable legs and antislip tape, eliminating the need for heavy ballast or ground anchoring.

Segmented assemblable arrangement fits smaller elements together to form large three dimensional objects in situ, reducing material waste and packaging costs.

Segmented marker detection reduces processing power while maintaining authentication accuracy in poor lighting conditions.

A booklet book block opens in two configurations to expose both stitching sides for visual inspection.

Segmented structure resolves complexity trade-offs by integrating functional stations like cash drawers and check registers into one compact unit.

Segmented construction combines a rigid audio core with soft padded covers to resolve the conflict between structural durability and child safety during sleep.

Slotted curved blades increase friction to project rings faster, resolving the trade-off between player agility and device complexity.

Resilient foam flight plates paired with composite rims improve flight stability while reducing injury risks from rigid materials.

Digital instructions guide ingredient selection and mixing to resolve the trade-off between ease of operation and product customization quality.

A segmented tray flips to simulate cooking states, resolving the time delay of visual transformation.

Asymmetric toothed connecting pieces pivot into cubic block openings to resolve stability versus manufacturing complexity trade-offs.

Segmented mold sections paired with a wedge-style separation tool release trapped air pressure, preventing structural damage during removal.

A transformable plush toy parcel converts into a shipping package using integrated arms and hidden postal indicia.

Rotatable members connect to transform a climbing toy into a slide, resolving versatility limits in fixed structures.

Patterned punching tools punch precise holes in sheets, resolving mismatched stud spacing and reducing assembly complexity.

Toy building set resolves versatility complexity trade-off by using connection rods with different cross sections to vary socket rotation.

Interlocking connective protrusions prevent shifting and rotation in block assemblies.

Integral panel grooves engage mating element protrusions to create modular rooms, reducing floor space occupation when disassembled.

Universal clips with segmented protrusions join varied geometries, resolving the trade-off between assembly speed and connection reliability.

Curvilinear tetrahedral building blocks integrate magnetic, piezoelectric, and LED components for dynamic structural assembly.

A toy dispenser uses a rotatable spindle to wind and unwind colored bands through a spigot, simulating beverage dispensing.

Segmented stations and intermediary media resolve the trade-off between device complexity and educational depth in STEM learning.

Distinct colors on batons and markers provide team visibility in low-light conditions without high ambient illumination.

Integrated locking coils prevent paper escape by closing gaps between adjacent wires, resolving reliability and complexity trade-offs.

Portal axles with springs actively engage the inner spherical housing, resolving payload space reduction caused by traditional biasing mechanisms.

Nested resilient conductor wires in plastic toy bricks determine installed position while maintaining mechanical clamping force.

A vacuum chamber toy uses negative air pressure to launch projectiles inward for contained demolition play.

A magnetic assembly uses segmented connection elements to house ferromagnetic components and lock onto support panel edges.

A multi-pocket folder uses a single unitary panel to form three storage sections and binder attachment tabs.

A toy base features detachable elongated segments that imitate rivers and castles to enable interactive figure play.

Stacked layers create a tubular air passage that prevents suffocation if toddlers swallow the toy.

A bubble maker uses water pressure to aerate soap via the Venturi effect.

Chemical gelation replaces complex mechanical molds to produce toys with embedded materials efficiently.

Segmenting the structure into independent digits resolves the trade-off between single-degree simplicity and multi-configuration versatility.

Segmented parallel plates absorb liquid through capillary action, increasing bubble output per dip without adding motorized complexity.

Segmented compartments and magnetic locking secure sensory toys within a device case, enabling discreet stress management.

Threaded flexible strips replace rigid binding to withstand repeated perpendicular flexure without damaging sheets.

Redesigned cups with rounded edges embed magnets in flexible elastic material, preventing tears while maintaining structural integrity.

Hinged panels transition from horizontal to upright positions to create dynamic visual scenes.

Paper book uses conductive ink touch sensors to trigger audio playback for vocabulary learning.

A photochromic toy uses a blue light irradiator to trigger color change in its compound.

N-angled prism push-in knobs and floor domes create wide-area jamming to maintain stable coupling force in toy building blocks.

Flexible shells and thin films enable toy blocks to articulate, resolving the trade-off between structural stability and movement freedom.

Separable mold sections break internal vacuum adhesion during removal, preventing structural damage while enabling denser packing of sand or snow.

A toy block separation tool uses a reconfigurable coupling end to detach construction elements from assemblies.

An elastic hinge restores a portable toy lid to a stable 90-degree angle, preventing falls during figure storage and display.

Curved plastic ribs pivot between rings to create organic robotic movement, reducing actuation force and noise compared to heavy metal frames.